University of Colorado at Boulder University of Colorado CU Home Search A to Z Index Map
Laboratory for Atmospheric and Space Physics

MAVEN Particles and Fields: Exploring the Solar Wind Beyond 1 A.U.

July 2
The MAVEN Particles and Fields package has demonstrated its ability to monitor space weather during the cruise to Mars. Solar wind density compressions from stream interactions and ICMEs (left) and SEP events (right) are seen at the orbits of Earth and MAVEN. (Courtesy J.Halekas/N. Papitashvili/D. Larson/R. Gold)

The MAVEN Particles and Fields package has demonstrated its ability to monitor space weather during the cruise to Mars. Solar wind density compressions from stream interactions and ICMEs (left) and SEP events (right) are seen at the orbits of Earth and MAVEN. (Courtesy J.Halekas/N. Papitashvili/D. Larson/R. Gold)

As part of its goal to explore Mars’ upper atmosphere and its interaction with the sun and the solar wind, MAVEN is exploring propagation of the solar wind and solar energetic particles (SEPs) beyond 1 Astronomical Unit (149,597,871 kilometers or 92,955,807 miles) during its cruise to Mars.

Solar wind density compressions from stream interactions and interplanetary coronal mass ejections (ICMEs) (left) and SEP events (right) are seen at the orbits of Earth and MAVEN.

They show the combined effects of radial propagation and solar rotation, and features can be followed along the solar-wind spirals.

MAVEN observations are complementary to near-Earth assets, providing a valuable perspective on the structure of the solar wind.

The MAVEN Particles and Fields Package has demonstrated its ability to monitor space weather at Mars!

MAVEN’s Particles and Fields Package: Studying the Solar Wind at Mars:

«Return to the Team Blog page